Electronic Warfare Battery

Projects a low intensity field of ionized particles to disrupt the effectivenes of enemy sensors. Very effective against Magnetometric-based sensors.

Analyzes incoming targeting signals and attempts to counter them by emitting an out-of-phase signal back. Great against Ladar targeting systems.

Projects random bursts of gravitons that disrupt accurate targeting. As expected this system works best against Gravimetric targeting systems.

Disrupts enemy targeting by generating a field of random sensor noise. Works especially well against Radar systems.

Projects a low intensity field of ionized particles to disrupt the effectivenes of enemy sensors. Very effective against Magnetometric-based sensors.

Analyzes incoming targeting signals and attempts to counter them by emitting an out-of-phase signal back. Great against Ladar targeting systems.

Projects random bursts of gravitons that disrupt accurate targeting. As expected this system works best against Gravimetric targeting systems.

Disrupts enemy targeting by generating a field of random sensor noise. Works especially well against Radar systems.

Projects a low intensity field of ionized particles to disrupt the effectivenes of enemy sensors. Very effective against Magnetometric-based sensors.

Analyzes incoming targeting signals and attempts to counter them by emitting an out-of-phase signal back. Great against Ladar targeting systems.

Projects random bursts of gravitons that disrupt accurate targeting. As expected this system works best against Gravimetric targeting systems.

Disrupts enemy targeting by generating a field of random sensor noise. Works especially well against Radar systems.